Types of ROBOT and there uses 

25.08.25 02:24 AM - By segunfrancis04

Types of robots

From sources across the web

SCARA robots. SCARA stands for Selective Compliance Assembly Robot Arm. They have a unique mechanical structure, consisting of two parallel arms that are ...
SCARA robotsSCARA 

When people hear “robots,” they usually picture sleek humanoids or sci-fi machines. But the real do-it-alls of robotics are industrial robots — the always-on mainstays of factories and warehouses. These machines have been around for decades, and they’re only getting smarter, faster, and more adaptable.

What they are: Industrial robots are automated machines meant for precision-heavy, high-repetition jobs like welding, painting, assembly, and material handling. They’re designed to operate in manufacturing environments, often working with CNC machines, conveyor belts, and automated storage systems.

Here are some major examples: 

Industrial Robot Type

Structure & Movement

Key Features

Articulated

Multi-jointed, arm-like, 2–10 rotary joints

Highly versatile, works in confined spaces

SCARA

Two parallel arms, right-angle joint

Fast, reliable, ideal for horizontal tasks

Cartesian

3D grid-based, linear movements

Precise control, high accuracy

When people hear “robots,” they usually picture sleek humanoids or sci-fi machines. But the real do-it-alls of robotics are industrial robots — the always-on mainstays of factories and warehouses. These machines have been around for decades, and they’re only getting smarter, faster, and more adaptable.

What they are: Industrial robots are automated machines meant for precision-heavy, high-repetition jobs like welding, painting, assembly, and material handling. They’re designed to operate in manufacturing environments, often working with CNC machines, conveyor belts, and automated storage systems.

Here are some major examples: 

Industrial Robot Type

Structure & Movement

Key Features

Articulated

Multi-jointed, arm-like, 2–10 rotary joints

Highly versatile, works in confined spaces

SCARA

Two parallel arms, right-angle joint

Fast, reliable, ideal for horizontal tasks

Cartesian

3D grid-based, linear movements

Precise control, high accuracyWhen people hear “robots,” they usually picture sleek humanoids or sci-fi machines. But the real do-it-alls of robotics are industrial robots — the always-on mainstays of factories and warehouses. These machines have been around for decades, and they’re only getting smarter, faster, and more adaptable.

What they are: Industrial robots are automated machines meant for precision-heavy, high-repetition jobs like welding, painting, assembly, and material handling. They’re designed to operate in manufacturing environments, often working with CNC machines, conveyor belts, and automated storage systems.

Here are some major examples: 

Industrial Robot Type

Structure & Movement

Key Features

Articulated

Multi-jointed, arm-like, 2–10 rotary joints

Highly versatile, works in confined spaces

SCARA

Two parallel arms, right-angle joint

Fast, reliable, ideal for horizontal tasks

Cartesian

3D grid-based, linear movements

Precise control, high accuracyWhen people hear “robots,” they usually picture sleek humanoids or sci-fi machines. But the real do-it-alls of robotics are industrial robots — the always-on mainstays of factories and warehouses. These machines have been around for decades, and they’re only getting smarter, faster, and more adaptable.

What they are: Industrial robots are automated machines meant for precision-heavy, high-repetition jobs like welding, painting, assembly, and material handling. They’re designed to operate in manufacturing environments, often working with CNC machines, conveyor belts, and automated storage systems.

Here are some major examples: 

Industrial Robot Type

Structure & Movement

Key Features

Articulated

Multi-jointed, arm-like, 2–10 rotary joints

Highly versatile, works in confined spaces

SCARA

Two parallel arms, right-angle joint

Fast, reliable, ideal for horizontal tasks

Cartesian

3D grid-based, linear movements

Precise control, high accuracy

Articulated robots
Industrial robots
Medical robots
Cartesian robots
Service robots
Delta robots
Autonomous robots
Aquatic robots
Educational robots
Collaborative robots
Humanoid robots
Military robots
Cobots
Domestic robots
Entertainment robots
Rescue robots
Construction robots
Mobile robots
Polar robots
Robotic arms

Also function of them and where they are use. 

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